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Trading water from above the Barmah Choke to below the choke will continue to be restricted into the 2015-16 water year.

As of 3:30pm on 22 May, the volume of water able to be traded from above to below the Barmah Choke was sitting at 18,798.6 megalitres.

On 29 June 2012, the Murray–Darling Basin Ministerial Council requested that the MDBA complete a ‘relaxed-constraints’ model scenario with a Basin-wide reduction in diversions of 3200 GL/y.

This literature review comprises three major sections, each examining the effects of flooding on floodplain and aquatic plant habitats, plant life histories and vegetation community dynamics.

This report outlines the models and methods used to inform the proposed 'environmentally sustainable level of take' (ESLT).

Sustainable Diversion Limits will replace the existing cap on water use and are set at both a catchment and Basin-wide scale.

Murray cod is perhaps the Basin’s most iconic species, but populations are declining and under threat.

The Murray–Darling Freshwater Research Centre is a joint venture between the Murray Darling Basin Authority, CSIRO Land and Water and La Trobe University, that aims to answer locally relevant research questions to help guide water managers, and ultimately improve the health of our rivers, lakes and wetlands.

The "flow regime" of the Narran Ecosystem is important and central to maintaining its ‘ecological character’ (Thoms et al., 2001), i.e., the combination of the physical, chemical and biological components of the system.

The purpose of this report is to provide the Murray–Darling Basin Authority advice on defining climate scenarios for use in the MDBA modelling to guide development of the first Basin Plan.